基于fibDAC的多层互连系统力学应力和材料性能实验分析

D. Vogel, E. Auerswald, B. Michel, S. Rzepka
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摘要

本文提出了一种新的应力测量方法,该方法基于离子铣削在FIB设备中局部材料去除产生的应力释放。通过数字图像相关从SEM显微照片中提取应力释放变形,可以确定应力,以及估计离子铣削位置的杨氏模量。本文对该方法进行了介绍。详细讨论了多层叠层在横向和纵深方向提取局部应力的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental analysis of mechanical stresses and material properties in multi-layer interconnect systems by fibDAC
The paper presents a new stress measurement method on base of stress relief caused by local material removal with ion milling in FIB equipment. Stress relief deformations extracted from SEM micrographs by means of digital image correlation allow the determination of stresses, as well as to estimate Young's modulus on the position of ion milling. The paper gives an introduction into the method. The feasibility to extract local stresses in multilayer stacks, both in lateral direction and in depth, is discussed in more detail.
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